For this example question, X≥3, so type “3” into the box. The test statistic, 2 34.01, lies very far in the tail of a chi-square distribution with 2 degrees of freedom, so the p-value is very close to zero. Step 5: Click the “Input Constant” radio button and then type your X-value into the box. Step 2: Click the “Cumulative Probability” radio button. Step 6: Click “OK.” The probability of a cumulative event: X ≥3, n=10, p(0.15) T-Test of mean difference 0 (vs 0): T-Value -2.90 P-Value 0.008. Step 5: Click the “Input Constant” radio button and then type your X-value into the box. 93 CI for mean difference: (-22.02, -4.62).

for this sample question, the probability is 0.15. Step 4: Type the probability “p” into the Event probability box. for this sample question, the number of trials is 10. Step 3: Type the number of trials “n” into the Number of Trials box. Step 2: Click the “Probability” radio button. Step 1: Click “Calc,” mouse over “Probability Distributions” and then click “Binomial.” The probability of a single event: X=3, n=10, p(0.15) Although I have selected almost everything I cannot plot the extra info (p-value, mean, N, etc ) above in circle. The value “X” for a known probability (i.e. I go to Stat from main menu then Regression -> Regression.Minitab helps all companies regardless of size, industry, or location to. The probability of a cumulative event (i.e. 4-fold expression difference, false discovery rate (FDR)corrected P value

The probability of a single event (i.e.

How you find binomial probabilities in Minitab depends on which type of event you have: a trial with only two possible outcomes, like tossing a coin). A Binomial Distribution) shows either (S)uccess or (F)ailure.īinomial probability is a way of calculating the probability of an event happening in a binomial trial (i.e.

P value minitab